PPT2
Operating System
Is a system software, which acts as the master controller for all of the activities that take place within a computer system.
Operating System
It enables applications to interact with a computer’s hardware.
THALIX OS
ATM (Air Traffic Management)
-OS Linux-based
-(RHEL- Red Hat Enterprise Linux)
-Developed by Thales Company
-Multi-tasking and multi-user;
-Runs on a wide range of hardware.
System
role for For the TopSky ATC applications & maintenance
resms
Account For TopSky ATC software installation into the system account
root
_____ permissions are required for some ATM System functions
Middleware
It acts as a middle layer between the operating system and the application layer, providing a common platform and services for data exchange, integration, and coordination.
UBSS
Unix Based System Software
UBSS
provides the Operating Support services that TopSky requires to operate securely.
IPC
Inter-Process Communication
CDC
Consistent Datastore Copies
MTM
Multiple Telecommunication Management
NPM
Node and Process management
SCM
System Control and Monitoring
SSA
System SNMP Agent
TCM
Time and Clock Management
IOC
Input Output Calls
BNS
Basic Name Server
GW
Gateway
IPC
Platform independent communication mechanism
Handles the communication between processes in a multi- node system as transparent inter-process/inter-node point-to point communications.
CDC
All datastore copies with the same name will contain the same information on all relevant nodes.
-1 node in a partition is the ____ master for a particular ________ (another node takes over upon failure)
MTM
Communication with external (non UBSS) systems
NPM
Controls nodes and dual nodes in a pre-defined way (start/restart, shutdown, control and monitoring of each node).
DNC (Dual Node Control)
Subcomponent of NPM. Allows two nodes, connected to the same LAN, to form a redundant configuration for fault tolerant applications by assigning states to these two nodes.
SCM
Offers a facility to monitor and control system technical status. Performs the acquisition of the following items:
node, process and process group statuses controlled by NPM;
dual node status, quality and item controlled by DNC;
hardware status of devices;
CDC datastore status;
Link status (for one or several LANs);
Global LAN status seen by local node;
CPU load monitoring
Application or UBSS error message.
SCM performs the acquisition of the following items:
System SNMP Agent(SSA)
a SNMP agent to access UBSS
world
Manages SNMP operations on
behalf of a supervisor (manager)
Time and Clock Management(TCM)
Provides functionalities regarding time and clock related aspects within a network-based system.
Input/Output Call(IOC)
A platform independent IO system to use printers, disks, file transfer.
Basic Name Server (BNS)
Find the physical location of logical communication endpoints;
Provides a fault-tolerant and distributed service based on CDC.
A fault-tolerant and distributed
service based on CDC;
Subscription/ notification model;
A name service to application.
BNS provides:
1. Manila (MN)
2. NAIA (NI)
3. Bacolod (BC)
4. Ilo-ilo (IL)
5. Davao (DV)
6. Mactan (CE)
7. Clark (CR)
8. Caticlan (MP)
9. Kalibo (KL)
Air Traffic Management System Location
1. En-Route
2. Approach
3. Remote Tower
4. Test and Evaluation System
ATM Partition
Topsky ATC system
The purpose of ___________ is to provide the equipment and
facilities for the management of air traffic within the airspace of
the Flight Information Region(FIR).
Air/Ground Data Link
Data Preparation
Simulation and Training
Human Machine Interface
MAIN FUNCTIONS OF TOPSKY ATC
Communications Data Processing
Operational Data Analysis
Flight Plan Conflict
Recording and Replay
System Control and Monitoring
Inter-Operability and Data Exchange
Traffic Flow Management System
COMPLIMENTARY FUNCTIONS OF TOPSKY ATC SYSTEM
Computer Software Configuration Item CSCI
Applications which implement the main and complementary set
of functions of TopSky-ATC System.
Radar Front Panel Processing CSCI (RADAR-FP)
Radar data handling including the processing of tracks, tracked plots, plots and weather data and the quality of each data source;
Radar State management and reporting Radar sensor monitoring including monitoring of test tracks and site monitors;
Automatic Dependent Surveillance Broadcast Front Processing(ADSB-FP)
ADS-B data reception handling including syntactic and semantic
checks;
ADSB site monitoring, tracking and data distribution;
Multi-Computation Redundant handling.
Multi Sensor Tracker System(MSTS)
Receives and processes surveillance data (including primary radar
data, secondary radar data, Mode-S SSR data, and ADS-B reports
and distributes surveillance tracks to other TopSky ATC CSCI
Bypass Multi Sensor Tracking Processing CSCI(MSTP)
Multi-sensor tracking processing
Selection of track source for distribution
Multi-Computational Redundant handling
QNH Processing(QNH) - Question Nil Height
Reception of QNH messages;
Management of QNH data (including wind data if any) within areas;
Filtering of erroneous data and distribution in CDC format;
Standby Redundant handling.
Air/Ground Data Processing(AGDP)
processes the information based on the data link
communication, including ADS-C (Automatic Dependent
Surveillance-Contract) and CPDLC (Controller-Pilot Data Link
Communication).
Communication establishment;
Communication transfer;
Context management termination;
Login/flight plan coupling;
Hot Standby Redundant handling.
Data Link Function according to the operational needs.
Safety Nets and Monitoring Aids Processing (SNMAP)
serves to alert controllers of a potential, imminent or actual infringement of safety margins to prevent hazardous situations from developing into major incidents or even accidents.
Receives and processes the multi sensor surveillance
tracks;
Alerts and parameters management;
Short Term Conflict Alert (STCA);
Minimum Safe Altitude Warning (MSAW);
Danger Area Infringement Warning(DAIW);
Hot Standby Redundant handling.
Safety Nets and Monitoring Aids Processing (SNMAP) functions
Distributes data (CDC, BNS and FIFOs) between partitions;
Filters data for transmission;
Sends data from ACC/APPs to Towers;
Receives data from remote partitions.
CDP functions
Automates management of flight plan information.
Predicts controlled flights to provide separation, alerting and
flight information service.
Processes flight plans throughout their life.
FDP functions
Processes flight plan conflicts in the flight plan conflict
region;
Probes pairs of flight plans for potential conflicts (separation
violation) some time in the medium term future.
Flight Plan Conflict Function
Probes flight plans against potential infringements of
restricted areas.
Predicts aircraft infringement of temporary Segregated
Areas.
Calculates the intersection of each route segment with
active DAIW area.
SAP functions
Provides a Interface between the operational users and the TopSky
ATC system;
Graphic display of maps, weather and ATC tools;
Flight plan management facilities;
ADS Contract and controller-pilot data link facilities;
Operational data management.
HMI functions
Manages the TopSky CSCI installation files;
Used as a central point for routine data base backups;
Manages the trace files (in the absence of a Trace machine).
DBM function
System parameters preparation;
Radar mosaic generation;
Printing of prepared data;
Maps generation;
Repetitive flight plan preparation;
System parameter delivery and utilization;
Backup and recovery.
Data Preparation functions
Technical Supervision System(TKSUP).
It provide the monitoring and controlling function
Monitoring capabilities;
Alarm management and on line alerting capabilities;
Control capabilities;
Display capabilities;
Logging and report capabilities;
On-line and off-line customisation capabilities.
TKSUP FUNCTIONS